代理人系統的推理週期;The Reasoning Cycle of Agent Systems

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Please use this identifier to cite or link to this item: http://ir.lib.ncu.edu.tw/handle/987654321/68668

Title:	代理人系統的推理週期;The Reasoning Cycle of Agent Systems
Authors:	胡升瑞;Hu,Shen-Juei
Contributors:	資訊工程學系
Keywords:	BDI;代理人;推理週期;BDI;agent;reasoning cycle
Date:	2015-07-09
Issue Date:	2015-09-23 14:00:38 (UTC+8)
Publisher:	國立中央大學
Abstract:	智慧型代理人系統在分散式系統中已經是一個主要的技術，這個技術被廣泛地應用在電腦資訊領域。因為其抽象化概念貼近人的思考模式，可以模擬人的思考模式使程式自動執行工作，幫助人們更有效率地作。然而到目前為止，現存的各個平台因為使用logic programming language而不易進行撰寫，或是不具有一個分割明確的框架，使代理人程式容易進行開發，因此軟體業需要一套實用而簡單的model及平台來迅速開發智慧代理人程式。本論文參考JAM及Jason的推理週期，探討兩者的優點及特性，簡化後提出一套點單的agent推理週期。使用Java agent development framework (Jade)作為底層平台，在該平台上實作belief-desire-intention (BDI) model來賦予代理人思考能力。此model使用Java撰寫，消除了使用logic programming language的平台不易撰寫程式的缺點。此外，具有模組化的model，讓使用者只需撰寫部分的code，便可生產出可執行的代理人程式，使代理人程式比以前容易開發。 ;The intelligent agent system has become an important technique in the distributed system, and it is widely applied in the fields of computer science. Because the concept of intelligent agent system is similar to human thinking, the system is thus able to simulate human thinking by automatically executing program tasks. However, we noticed the difficulty of using logic programming language and the lack of modularized framework have made the development of agent programs very slow. We figure that the software industry needs a model and a platform that are practical and simple for rapid development of intelligent agent systems. This paper reviews JAM and Jason’s reasoning cycles, discusses their advantages and characteristics, and then proposes a simple agent reasoning cycle. This reasoning cycle uses Java agent development framework (Jade) as the underlying platform, on which the belief-desire-intention (BDI) model is implemented to endow agent with thinking ability. This reasoning cycle is written in Java to eliminate the difficulty of writing such programs using logic programming language on certain platforms. In addition, a modularized framework is used to enable users to generate agent programs by writing only a small part of code, making the development of agent programs easier than before.
Appears in Collections:	[Graduate Institute of Computer Science and Information Engineering] Electronic Thesis & Dissertation

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